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C.A. Ewing Chair of Crop Physiology and Professor
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Mission Statement
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document.write('- Dr. Ainsworth applies physiological, biochemical, and genomic tools to understand the mechanisms of plant responses to global
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document.write('environmental changes, including rising atmospheric carbon dioxide concentration and increasing ozone pollution.
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Assistant Professor
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Mission Statement
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document.write('- Dr. Arbelaez-Velez focuses on the genetics and breeding of internationally important crops like rice and oats to diversify the
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document.write('regional agricultural system and to support agricultural productivity in developing nations.
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Assistant Professor and Faculty Extension Specialist
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Mission Statement
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document.write('- Dr. Athey contributes to the understanding of non-chemical insect control within specialty crops systems. Her
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document.write('research combines field research with molecular gut content analysis to study practical insect control
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document.write('applications and arthropod food webs.
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Professor and Faculty Extension Specialist
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Mission Statement
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document.write('- Dr. Babadoost develops solutions for vegetable and fruit crop diseases. He is internationally renowned for identifying effective
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document.write('disease management strategies for cucurbits, tomatoes, peppers, horseradish, basil, and apples. He also educates scientists in
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document.write('developing countries to improve production and quality of food crops.
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Research Assistant Professor
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Mission Statement
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document.write('- Dr. Becker works with farmers, researchers, and other ag stakeholders to facilitate statewide agricultural research and
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document.write('outreach. He works to share research findings and gather input from stakeholders to better identify and advance
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document.write('economically and environmentally sustainable agricultural practices
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Lecturer
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Mission Statement
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document.write('- Dr. Behnke analyzes agronomic practices and their impact on the environment, nutrient cycling, crop
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document.write('productivity, and sustainability. He teaches courses on these topics, along with cannabis management and flower
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document.write('production. Additionally, he coordinates the online Master’s and certificate programs.
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Professor
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Mission Statement
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document.write('- Dr. Below creates strategies to teach farmers and agricultural professionals the value of crop management decisions, and develops
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document.write('systems to sustainably produce high-yielding corn and soybeans. He evaluates environmental, genetic, and management factors
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document.write('that impact the productivity of corn and soybeans.
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Professor
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Mission Statement
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document.write('- Dr. Bernacchi\'s mission is to advance sustainable agriculture through transformative research, interdisciplinary collaboration, and dedicated mentorship. Committed to fostering an inclusive, creative, and productive scientific community, he aims to empower current and future generations to address global food security and environmental sustainability.
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Professor
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Mission Statement
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document.write('- Dr. Bohn breeds corn lines that contribute to economically efficient and sustainable, high-yielding production. He studies
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document.write('the genetic basis of biotic and abiotic stress responses, root development, and grain processing characteristics of corn using
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document.write('innovative, high-throughput phenotyping tools and genomic information.
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USDA-ARS
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Professor
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Mission Statement
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document.write('- Dr. Caetano-Anollés explores molecular diversity and how molecular structure determines biological function in plants, animals,
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document.write('fungi, and microbes of significance to agriculture. He studies the origin, structure, and evolution of genomes, proteomes, RNomes,
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document.write('and functionomes for applications including bioengineering, biomedicine, and systems biology.
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Assistant Professor
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Mission Statement
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document.write('- Dr. Camiletti and his team at the Smart Plant Pathology lab study the biology and epidemiology of diseases affecting soybean, corn, and wheat, developing innovative and sustainable management strategies. Utilizing nanotechnology, remote sensing, and molecular tools, his team advances plant disease management. Dr. Camiletti\'s team has also pioneered the use of drone spraying technology in their efforts to combat plant diseases in Illinois. Committed to extension services, Dr. Camiletti ensures that their research benefits farmers, stakeholders, and the scientific community. By fostering collaboration and translating discoveries into practical solutions, the Smart Plant Pathology lab enhances crop health and productivity, striving for a sustainable agricultural future.
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USDA-ARS
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Mission Statement
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document.write('- Dr. Clough is known internationally for his work on Arabidopsis transformation. His main research focus is on the use of
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document.write('genomics and molecular biology to explore plant-microbe and plant-pest interactions, mainly in soybean. His work improves our
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document.write('understanding of plant defense biology and identifies soybean genes affecting defense.
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Professor and Department Head
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Mission Statement
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document.write('Dr. Davis uses innovative modeling tools to identify and test new management strategies to make cropping systems more productive, profitable, and environmentally friendly. His research on integrated weed management provides farmers tools to reduce their reliance on herbicides. His group's data-mining and statistical analyses present new ways for farmers to improve yield resilience in a changing climate.
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Clinical Assistant Professor
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Mission Statement
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document.write('- Dr. Ersoz\'s research identifies sustainable and cost-effective best management practices for farmers through systems-scale computer modeling of agricultural production systems, as well as technology and policy proposals.
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Professor and Faculty Extension Specialist
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Mission Statement
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document.write('- Dr. Hager contributes to increased crop production through development and implementation of integrated weed management
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document.write('programs. His research helps to identify and manage herbicide-resistance in the most aggressive agronomic weeds.
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Professor
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Mission Statement
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document.write('- Dr. Heaton connects science with practice to incorporate perennial biomass crops into temperate cropping
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document.write('systems. She does this through the lens of regenerative agriculture, using combined field-modeling approaches
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document.write('to identify tactics that improve environmental and social outcomes in the US Midwest. An international expert,
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document.write('Heaton helps growers use the giant grass Miscanthus for a range of bioproducts and ecosystem services.
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Professor
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Mission Statement
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document.write('- Dr. Hudson uses supercomputing and DNA sequencing to solve problems in plant, animal, and human genetics. His current
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document.write('research focuses on how crops are bred and on ways to treat and prevent plant, animal, and human diseases. He is particularly
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document.write('interested in the genetics of crop traits and the genetic and molecular interactions of soybeans with pathogens, pests, and other
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Associate Professor
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Mission Statement
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document.write('- Dr. Jamann seeks to improve crop productivity in food and energy crops by improving disease resistance to pathogens. Her research provides the foundation for the deployment of resistant varieties, which is as an effective disease management strategy that will provide long-term solutions to producers and industry. This work serves the wider community by helping improve productivity in an agronomically and environmentally sustainable fashion.
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Assistant Professor
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Mission Statement
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document.write('- Dr. Jones develops tactics to better measure, monitor, and manage nutrients in Illinois and North Central
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document.write('U.S. cropping systems. His research and outreach efforts focus on profitable and sustainable nutrient use
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document.write('efficiency and reduce losses from croplands. His emphasis is on fertilizer and soil management, soil and
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document.write('plant analysis, precision agriculture technologies, and minimizing nitrogen and phosphorous management
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document.write('impacts on water quality.
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Lecturer
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Mission Statement
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document.write('- Dr. Klimasmith designs and teaches mathematics and statistics courses specifically for crop science students.
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document.write('He aims to make quantitative instruction accessible, engaging, and discipline-specific to ensure that all
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document.write('students can participate in data analysis and research.
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Associate Professor
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Mission Statement
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document.write('- Dr. Lambert develops sustainable strategies to manage plant nematodes. He studies the molecular and biochemical basis of plantnematode interactions in order to determine how plant parasitic nematodes evade plant resistance mechanisms.
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Cavanah Chair and Professor
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Mission Statement
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document.write('- Dr. Lee improves perennial grass production systems for sustainable biomass and bioenergy feedstocks. His research focuses on
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document.write('increasing genetic and abiotic stress tolerances of perennial grasses. He finds new ways to integrate perennial grasses into row
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document.write('cropping systems to improve sustainability, ecosystem services, and water quality.
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Associate Professor
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Mission Statement
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document.write('- Dr. Lipka accelerates the development of high-performing crops by identifying specific DNA regions associated with agronomically
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document.write('important traits. He uses statistical approaches for quantitative genetic analyses in crops.
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Associate Professor
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Mission Statement
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document.write('- Dr. Margenot addresses the literal foundation of all cropping systems: soils. He advances how we monitor and manage soils as
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document.write('natural capital. His research team evaluates how human activities can enhance or compromise soil services to human societies,
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document.write('with an emphasis on food security from urban and rural agroecosystems in the U.S. Midwest and East Africa.
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Associate Professor
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Mission Statement
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document.write('- Dr. Martin improves long-term profitability and stability of cropping systems by exploring applications of quantitative methods on
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document.write('big data. He leverages interdisciplinary efforts to expand the frontiers of agricultural research; investigates quantitative methods
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document.write('on processes at multiple spatial and temporal scales; and studies effective approaches to implement new insights and discoveries
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document.write('in agricultural decisions and operations.
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Lecturer
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Mission Statement
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document.write('- Dr. McCoy utilizes the classroom and the Sustainable Student Farm as a living laboratory for discipline-based
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document.write('education research to improve horticultural pedagogy. His program emphasizes accessible, student-centered
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document.write('education and undergraduate research training in horticultural food systems. He teaches courses primarily focused
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document.write('on small-scale, diversified, urban, and local food production.
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Associate Professor
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Mission Statement
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document.write('- Dr. Mideros studies fungal and oomycete plant pathogens. Based on genetic information from the host and the pathogen, he develops tools for precision management of diseases of field crops.
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Assistant Professor
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Mission Statement
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document.write('- Dr. Monteverde’s breeding program is dedicated to developing and releasing high-yielding commodity and
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document.write('specialty soybean varieties that meet the evolving needs of farmers, processors, and consumers. Through
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document.write('cutting-edge research and innovative breeding methods, she strives to enhance yield potential, seed
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document.write('composition, and overall crop performance.
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Alexander Professor
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Mission Statement
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document.write('- Dr. Moose discovers genes that influence corn and related bioenergy grasses’ response to nitrogen supply. He develops new
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document.write('approaches to increase crop yields with lower input costs and helps mitigate environmental issues associated with nitrogen
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document.write('fertilizer. His work reveals how genes cooperate to control plant traits important to both productivity and nutritional quality.
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Assistant Professor
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Mission Statement
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document.write('- Dr. Peng is deeply motivated to drive transdisciplinary, convergence, and use-inspired research for breaking new ground in sustaining agricultural production and environmental quality. He is passionate about developing innovative technologies and systems solutions in digital agriculture and precision conservation to foster sustainable agri-food systems and preserve healthy watersheds amidst the pressures of land use intensification and climate change. The driving force behind his research pursuits lies in addressing critical societal issues, including ensuring water, food, and energy security, enhancing water quality and environmental sustainability, and nurturing rural economies and human well-being in both the United States and across the globe.
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Assistant Professor
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Mission Statement
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document.write('Dr. Preza Fontes seeks to improve the sustainability of cropping systems in Illinois and the upper Midwest. His research and outreach provide research-based information to help growers balance productivity, profitability, and environmental outcomes in their farming systems. He uses field-applied research and empirical data to identify best management practices that increase nutrient use efficiency and grain yield while minimizing the environmental footprint of food production systems.
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Assistant Professor
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Mission Statement
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document.write('- Dr. Amit Rai investigates how phytochemicals enhance plant resilience to pathogens, environmental stress, and climate change using high-resolution mass spectrometry and spatial metabolomics. His research aims to develop new strategies for developing disease-resistant crop varieties, nutrient-dense foods, and sustainable farming.
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Professor
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Mission Statement
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document.write('- Dr. Riechers investigates how plants respond and adapt to stress caused by herbicides. He explains herbicide-resistance
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document.write('mechanisms and describes herbicide safener mode of action by discovering new genes and proteins that rapidly detoxify
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document.write('herbicides. His work leads to an increased margin of selectivity between cereal crops and difficult-to-control weeds.
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Clinical Associate Professor
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Mission Statement
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document.write('- Dr. Riggins conducts interdisciplinary research on wild, weedy, and cultivated plants to understand adaptive evolution in natural
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document.write('and agricultural environments. Exploring plant uses and novel applications of plant natural products is another theme of his work.
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document.write('As curator of the Crop Evolution Lab Herbarium, which documents agricultural biodiversity, crop-wild relative genetic diversity,
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document.write('and allied biocultural knowledge, Dr. Riggins also passionately advocates for raising awareness of where our botanical products
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document.write('come from and why it matters.
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Associate Professor
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Mission Statement
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USDA-ARS
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Mission Statement
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document.write('- Dr. Sachs directs the Maize Genetics Cooperation Stock Center, a collection of maize mutants used in global research. He also
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document.write('analyzes flooding-related stress responses in maize. His research develops new strategies for improving crop tolerance to oxygen
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document.write('deprivation and ultimately increases crop productivity.
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Professor
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Mission Statement
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document.write('- Dr. Sacks studies the genetics of rice, miscanthus, and sugarcane to facilitate the breeding of improved cultivars that address
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document.write('critical societal needs, such as the sustainable production of food, fiber, and energy. By identifying genes that confer tolerance to
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document.write('environmental stresses, such as cold, heat, or salt, and resistance to diseases and pests, he allows farmers to do more with less by
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document.write('reducing the risks and costs of production.
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Assistant Professor
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Mission Statement
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document.write('- Dr. Santiago conducts research on the effects of high-temperature stress on flowers of field-grown specialty crops and on improving vegetable production indoors, such as greenhouses and vertical farms. He also develops and integrates sustainable solutions to increase indoor and outdoor horticultural crop production.
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Associate Professor
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Mission Statement
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document.write('- Dr. Schroeder makes new discoveries on the biology of nematodes, one of the world’s most abundant group of animals. His work
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document.write('identifies how nematodes survive difficult environmental conditions, which helps control parasitic nematodes and reveals how
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document.write('higher animals like humans deal with stress.
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Assistant Professor and Faculty Extension Specialist
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Mission Statement
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document.write('- Dr. Seiter develops and evaluates management strategies for insect pests of field crops. His research includes developing
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document.write('economic decision-making tools, identifying natural enemies of insect pests, and assessing insect control methods for their
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document.write('effectiveness and fit within management systems. His overall goal is to provide management recommendations that improve the
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document.write('economic returns and environmental profile of insect management practices.
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Research Assistant Professor
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Mission Statement
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document.write('Dr. Sible\'s research program focuses on understanding how agronomic practices influence the plant-microbiome interactions that drive nutrient cycling and crop productivity. He then uses applied field research to manage those interactions into high-yielding and resilient crop production systems to help farmers improve their yields, reduce risks, and ensure long-term profitability.
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Associate Professor
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Mission Statement
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document.write('- Dr. Studer improves the efficiency and productivity of cereal crops by optimizing photosynthesis and water use. His research helps
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document.write('develop crops that are resilient to climate change and meet the needs of growers at the regional, national, and international levels.
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Teaching Associate Professor
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Mission Statement
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document.write('- Dr. Faber Taylor examines the effects of green schoolyards and gardens on child development. She advances our understanding
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document.write('of the importance of greenspace in supporting health and well-being and future stewardship of the Earth. She teaches courses on
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document.write('this topic, sustainable horticulture, home gardening, and planting design to support pollinators.
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Ainsworth Professor
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Mission Statement
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document.write('- Dr. Tranel uses molecular and genomic approaches to investigate how weeds evolve in response to farmers\' attempts to manage
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document.write('them. His work aids in the development of effective, sustainable weed management systems.
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Associate Dean and Director of Extension and Outreach
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Professor
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Mission Statement
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document.write('- Dr. Villamil identifies management strategies to improve soil health and productivity in agroecosystems by addressing the societal
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document.write('challenge of sustainable food production. She focuses on how changes in soil health brought about by agronomic practices relate
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document.write('to carbon and nutrient cycling, crop production, and mitigation of greenhouse gas emissions.
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Research Affiliate
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